Maria Scorcia
Papers
3
Total Citations
54
H-Index
3
About
Maria Scorcia is a leading researcher in the fields of neurorehabilitation robotics and human motor control. Her work bridges engineering and neuroscience, focusing on how robotic systems can be designed to interact seamlessly with the human brain's intrinsic kinematic strategies. A major contribution is her discovery that Donders' law—a simplifying motor strategy for redundant tasks—applies to the human wrist during pointing, a finding that fundamentally informs rehabilitation robot design. Her most cited paper (32 citations) demonstrates how robotic impedance reduction can reveal these neural strategies, while her 2010 work (14 citations) proposes a mechatronic solution to increase robot back-drivability, enabling devices to "cope" with the brain's natural constraints. Scorcia also developed the "Mechatronic Board" (8 citations), an innovative tool for studying intrinsic motivations across humans, monkeys, and humanoid robots, highlighting her interdisciplinary approach. Her research has direct implications for creating more adaptive, patient-responsive rehabilitation technologies, making her a pivotal figure in the quest to align robotic therapy with the brain's own problem-solving mechanisms.
Research Focus
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Top Papers
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